Using a social-ecological framework to inform the implementation of conservation plans

Area of Science:

• Conservation Science
• Social-Ecological Systems Analysis
• Environmental Management

Background:

• Biodiversity conservation success hinges on integrating social systems into planning.
• Understanding social-ecological interactions reveals implementation opportunities.

Purpose of the Study:

• To apply a social-ecological system framework to identify how social and ecological factors interact and influence conservation opportunities.
• To develop a conceptual model for the Fitz-Stirling region's social-ecological system.
• To identify variables affecting conservation action implementation.

Main Methods:

• Utilized data from semi-structured interviews, online surveys, and public data.
• Developed a conceptual social-ecological model for the Fitz-Stirling region.
• Combined ecological importance measures with stakeholder presence, collaboration, and management scales.

Main Results:

• Identified key variables: vegetation remnants, stakeholder presence, collaboration, and management scale.
• Mapped areas with varying ecological importance against stakeholder factors.
• Differentiated areas suitable for immediate action versus long-term capacity building.

Conclusions:

• A social-ecological framework effectively integrates social and ecological data for conservation planning.
• Identified specific areas and strategies for tailored conservation implementation.
• Facilitates translation of conservation priorities into practical, complex-aware strategies.